Market Opportunities in Short Range Wireless

  • ID: 3989308
  • Report
  • Region: Global
  • 206 Pages
  • Thintri Inc
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As wireless communications captures and creates numerous markets, the short range wireless (SRW) segment is creating significant opportunities. "Short range," in this case, refers to technologies that are largely (but not exclusively) limited to about 10m, or 30 feet, roughly the size of a house or small building. Evolving technologies and standards, some of which have already captured billion-dollar markets, are set to create enormous new markets as inexpensive, user-friendly platforms find their way into a host of new applications.

Platforms like Wi-Fi and Bluetooth are already well established, with annual device shipments in the billions of units per year. Their markets are growing rapidly as new applications continually surface. The more recent development of protocols like ANT, 6LoWPAN, Z-Wave and others, along with plunging hardware prices, has set up conditions for a rapid expansion of new commercial and consumer markets. The result will be explosive markets in applications that in many cases barely exist today.

Some of those technologies will revolutionize the conduct of ordinary commerce. For example, near field communications (NFC) will enable mobile or "smart" wallets that allow a smartphone to perform the normal actions of credit cards and eliminate the use of cash. Already, hotel customers can use their smart phones for keyless room entry, and airline customers can use their phones as boarding passes, all without reaching for a credit card or document.

The "smart home" is an arena where a broad array of commercial products is already available, but which is also poised for dramatic growth. The smart home market is now dominated by applications that optimize HVAC performance and energy conservation, as well as security, but that scope is expanding quickly. Platforms like Insteon, Bluetooth/BLE, Z-Wave and others will allow consumers far from home to talk by video with a repair technician at their door, confirm identity, let the technician in, watch them while working, and lock the front door after their leaving. The evolution of SRW technologies will result in a merging of smart home functions as large security providers are forced to broaden their focus to include a far larger range of smart home product offerings.

Emerging smart home applications will include smart lighting systems that can suit any mood, garage doors that automatically open on the approach of the user's phone, outdoor motion sensors that can distinguish between pets and humans, and systems that can feed pets on schedule, among many others. Some new products will enhance the safety of residents, such as elderly people living alone.

Similarly, SRW technology is remaking healthcare and medical services. Within hospitals, wireless sensors can eliminate the tangle of cables that not only proves cumbersome and prevents patient mobility but SRW technology can also provide immediate warning of critical events such as cardiac arrest. In the operating room during surgery, elimination of wires and cables can significantly improve patient safety and efficiency of medical staff.

The real revolution in medical care brought about by SRW technology, however, will be the unprecedented increase in mobility and efficiency brought about by small, inexpensive wireless sensors and the associated infrastructure that will allow complete or nearly complete mobility for many patients while providing continuous, 24 hour monitoring of a broad range of physiological parameters such as blood pressure, heart rate, temperature, respiration, blood glucose levels, electrical activity in the brain and others. Medical body area networks (MBANs) will not only ease the experience of patients in hospitals but will allow many patients, who would otherwise be confined to a hospital, to return home and remain under continuous monitoring. When a monitored parameter reaches a value outside of the desired range, an alert can be triggered that will quickly notify medical staff who can then take appropriate action.

In some of these promising markets, hardware costs are still too high to realize market potential, in spite of early rapid growth in most of those markets. Nevertheless, like most technologies, prices are declining at a significant rate that will facilitate market growth.

Understand the Markets

Short range wireless technologies offer extraordinary opportunities. From platforms and applications that are already well-established in billion-dollar markets, to new protocols and markets that are only now emerging, potential market volumes are enormous and in many cases growing rapidly. Depending on the market, growth is already well underway, is starting now, or will start soon. And yet, there are legacy technologies that will decline in this period as they become constrained by older standards that are less adaptable in the new marketplace. Completely new markets, many of them targeted at the rapidly evolving consumer sector, present new requirements that can only be met by more recently developed protocols. And the proliferation of platforms has meant that some markets are served by several protocols, initiating fierce competition among them.

In this period of unparalleled promise, flux and uncertainty, the winners will be those who most quickly apply the best technologies to the most appropriate markets. The platforms are available and markets waiting. In some cases the only barrier is that the hardware needs to be less costly; in others, there simply needs to be greater customer awareness. This  report highlights the available short range wireless technologies and analyzes their market opportunities, with forecasts to 2023.

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Executive Summary
E.1 Background    
E.1.1 Wireless LANs and MANs    
E.1.2 WPANs    
E.1.3 WBANs    
E.1.4 Markets    
E.2 Standards and Protocols    
E.2.1 Introduction    
E.2.2 ISM Band    
E.2.3 Short Range Platforms    
E.3 Infrared, IrDA    
Figure E-1 Market Volume, Infrared-Enabled Data Communications    
E.4 RFID    
E.4.1 Background    
E.4.2 Applications and Markets    
E.4.3 Established Markets    
E.4.4 Emerging Markets    
Figure E-2 Market Volume, RFID Tags    
E.5 Near Field Communications
E.5.1 Introduction    
E.5.2 Technology    
E.5.3 Market Growth    
Figure E-3 Volume of NFC-Enabled Transactions    
E.6 BLE and iBeacons    
E.7 Smart Home    
E.7.1 Home Area Networks    
E.7.2 The Smart Home    
E.7.3 Markets    
Figure E-4 Smart Home Automation RF Technology Market Volume    
E.8 Healthcare    
E.8.1 Background    
E.8.2 Wearables: WBANs, MBANs, etc.    
E.8.3 Commercialization    
E.8.4 Cautions    
E.8.5 Market Development    
Figure E-5 Market Volume, Wireless Health Monitoring Devices

Chapter 1 Background    
1.1 Wired Networks: LANs to WANs    
1.2 Wireless LANs & MANs    
Table 1.1 Common Network Types, Characteristics    
1.3 WPANs    
1.4 WBANs    
1.5 Markets    

Chapter 2 Short Range Standards And Protocols    
2.1 Introduction    
2.2 ISM Band    
2.3 M2M by Cellular    
2.4 ANT/ANT+    
2.5 IrDA 4   
2.6 UWB    
2.7 Wireless USB    
2.8 Bluetooth    
2.9 IEEE 802.15.4    
2.9.1 ISA100a    
2.9.2 WirelessHART    
2.9.3 Zigbee    
2.9.4 6LoWPAN    
2.10 Z-Wave    
2.11 Wi-Fi    
2.11.1 Wi-Fi Versions    
Table 2.1 Wi-Fi versions    
2.11.2 Wi-Fi Market Development    
2.12 60 GHz    
2.12.1 WiGig    
2.12.2 WirelessHD    
Table 2.2 Summary, Wireless Platforms    

Chapter 3 Hardware & Systems    
3.1 Signal Propagation    
3.2 Antennas    
3.3 MIMO    
3.4 Modulation    
3.5 Choice of Frequency Bands    

Chapter 4 Technology: Infrared    
4.1 Infrared Wireless    
4.2 IrDA    
4.3 Network Layers    
4.4 IrDA vs. Bluetooth    
Table 4.1 Summary, IrDA vs. Bluetooth    
4.5 Market Development    
Figure 4-1 Market Volume, Infrared-Enabled Data Communications    

Chapter 5 Technology: RFID
5.1 Introduction    
5.2 Background    
5.3 Technology    
5.3.1 Standards    
5.3.2 Tag & Reader Basics    
5.3.3 Passive RFID tags    
5.3.4 Semi-Passive or Battery-Assisted RFID Tags    
5.3.5 Active RFID Tags    
5.3.6 Tag Classes    
5.3.7 Frequency Bands & Ranges    
5.4 RFID vs. Barcodes    
5.5 Effectiveness    
5.6 Cautions    
5.7 Applications & Markets    
5.7.1 Established Markets    
5.7.2 Emerging Markets    
5.7.3 Market Growth    
Figure 5-1 Market Volume, RFID Tags    
Figure 5-2 Market Volume, RFID Tags, Readers, Software/Services    
Figure 5-3 Market Volume, RFID Tags, Unit Sales    
Figure 5-4 Tag Unit Sales, Retail    
Figure 5-5 Tag Unit Sales, Contactless Payments, Transportation    
Figure 5-6 Tag Unit Sales, Assessment Management, Supply Chain    
Figure 5-7 Tag Unit Sales, Healthcare, Passports, Other    
Figure 5-8 Geographic Segmentation, Market Volume, Tags, Readers, Software/Services    
Figure 5-9 Geographic Segmentation, Tags, Unit Sales    

Chapter 6 Technology: Near Field Communications    
6.1 Introduction    
6.2 Technology    
6.3 Security    
6.4 Applications & Market Growth    
6.4.1 Background    
6.4.2 Emerging Applications    
6.4.3 Markets Today    
6.4.4 Market Opportunities & Growth    
Figure 6-1 Volume of NFC-Enabled Transactions    
Figure 6-2 Volume of NFC-Enabled Transactions, Geographic Segmentation    
Figure 6-3 Unit Sales, NFC-Enabled Devices    
Figure 6-4 Market Volume, NFC-Related Systems and Software    

Chapter 7 Technology: BLE And Ibeacons    
7.1 Background    
7.2 The Role of Bluetooth & BLE    
7.3 Beacon Technology    
7.4 Market Development    
Figure 7-1 Beacon Unit Shipments    

Chapter 8 Markets: The Smart Home    
8.1 Home Area Networks    
8.2 The Smart Home    
8.3 Smart Home Platforms    
Table 8.1 Protocol Comparison, Smart Home    
8.3.1 Wi-Fi    
8.3.2 Bluetooth & BLE    
8.3.3 Z-Wave    
8.3.4 ZigBee    
8.3.5 Insteon    
8.4 Applications & Markets    
Figure 8-1 Smart Home Automation Systems and Services    
Figure 8-2 Smart Home Automation Systems and Services, By Region    
Figure 8-3 Smart Home Automation Systems Market Volume, Hardware    
Figure 8-4 Smart Home Automation Systems, Hardware Market, By Region    
Figure 8-5 Smart Home Automation RF Technology Market Volume    
Figure 8-6 Smart Home Automation, RF Technology Market Volume, By Region    
Figure 8-7 Smart Home RF Technology Markets: HVAC, Security/Access, Entertainment    
Figure 8-8 Smart Home RF Technology Markets: Kitchen, Lighting, Other    
Figure 8-9 Smart Home RF Markets by Platform: Bluetooth/BLE, Wi-Fi    
Figure 8-10 Smart Home RF Market by Platform: ZigBee, Z-Wave, Proprietary    

Chapter 9 Markets: Healthcare    
9.1 Background & Introduction    
9.2 Sensors    
9.3 Protocols in Wireless Healthcare    
Figure 9.1 Range/Data Rate Characteristics of Common Wireless Healthcare Platforms    
9.3.1 WLAN - Wi-Fi    
9.3.2 Bluetooth    
9.3.3 ZigBee    
Table 9.1 ZigBee Frequencies and Data Rates    
9.3.4 ANT    
9.3.5 UWB    
9.4 Security    
9.5 Capsule endoscopy    
9.6 Epidermal Electronics: E-Skin    
Figure 9.2 Epidermal Electronics    
9.7 Wearables: WBANs, MBANs, etc.    
9.7.1 WBANs    
9.7.2 WBAN Platforms    
9.7.3 MBANs    
Figure 9.3 A Typical MBAN Usage Scenario    
Figure 9.4 Power Demand vs. Data Rate, MBANS vs. Common Protocols    
9.7.4 WBAN/MBAN Applications    
9.8 mHealth & Remote Monitoring    
Table 9.2 Required Data Rates for Physiological Signals    
9.9 Commercialization    
9.10 Cautions    
9.11 Market Development    
Figure 9-5 Overall Healthcare IT Market    
Figure 9-6 Market Volume, Wireless Health Monitoring Devices    
Figure 9-7 Wireless Health Monitoring Equipment Markets, Healthcare vs. Fitness    
Figure 9-8 Wireless Healthcare Equipment Market, by Application    
Figure 9-9 Wireless Healthcare Markets by Region    
Figure 9-10 Markets, Wireless Health & Fitness, by Platform: Wi-Fi, ZigBee, UWB    
Figure 9-11 Markets, Wireless Health & Fitness, by Platform: ANT, Bluetooth/BLE    
9.12 Emerging mHealth and Monitoring Markets    
Figure 9-12 Overall Market, mHealth and Remote Monitoring    
Figure 9-13 Market Volume, Capsule Endoscopy Devices

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